High-Accuracy 3D Scanning for Automotive Sheet-Metal Parts

Inspection Report

Reducing Costs and Increasing Efficiency

Replacing traditional gauges with high-precision 3D scanners eliminates long gauge-development lead times. Conventional gauges typically require 1.5 to 2 months for design and fabrication, while a 3D scanner can be deployed immediately. In the race to launch new vehicle models, this time advantage provides a clear competitive edge.

3D scanners also offer non-contact measurement and can handle a wide variety of part shapes and sizes. Traditional gauges follow a one-tool-per-part approach, meaning every new component requires dedicated gauge development and fabrication, which significantly increases costs.

“Compared with traditional gauges, one of the biggest advantages of 3D scanners is saving the entire gauge development cycle. This can cut at least one-third of the project timeline. Gauge costs are extremely high, and some parts require inspections on both sides, which could even mean developing two sets of gauges. With a 3D scanner, every surface can be captured.”

— Mr. Zeng, Head of Quality Department

Liuzhou Yinrui Automotive Co., Ltd.

 

Advancing High-Precision 3D Measurement in Automotive Manufacturing

Cost reduction and efficiency improvement are key drivers behind the adoption of high-precision 3D scanning technology. SHINING 3D continues to advance industrial 3D measurement solutions, enabling more automotive manufacturers to enhance inspection efficiency and achieve higher standards in quality control.